基于任务可靠性的使用保障设备优化配置模型

Optimizing Configuration Model by Support Equipment Based on Mission Reliability

伴随着武器的发展,装备使用保障系统的组成日趋复杂庞大,因此,使用保障设备配置方案的合理与否直接关系到作战系统的总体效能。通过对基本作战单元的使用保障任务可靠性进行分析,构建了一个基于排队论的单个作业使用保障设备配置优化模型,并且采用解析方法对该模型进行求解,优化使用保障设备的配置方案。最后还设计了算例,将该方法应用于基本作战单元的使用保障设备配置,并且采用仿真方法对此方法进行了实际的验证。实验结果表明,该模型能较好地解决基本作战单元单个保障作业需求下的使用保障设备配置问题。

With the development of weapon, components of operational support system become more and more complex. Whether the configuration scheme of support equipment is rational or not, will influence the efficiency of campaign system. Reliability of support task taken by basic combat unit is analyzed. A configuration optimization model of one unit support equipment based on queuing theory is built in the paper. Analytic method is used to calculate the model. Configuration scheme using support equipment is optimized. Examples are designed. The method is applied into basic combat unit＇s support equipment configuration. Simulation method is used to verify the method specifically. Resuhs show that the model may solve the problems well.